Virtualization, Containerization & Orchestration
Virtualization, containerization, and orchestration on a bare-metal dedicated server
There are many advantages to virtualization and containerization when it comes to deploying projects and modernizing applications. These advantages include optimizing hardware and software investments and long-term flexibility. Our bare-metal servers offer flexibility and efficiency with raw resources, leaving you to choose your virtualization and containerization applications.
Maintain control of your technical platform
To virtualize your infrastructure, get dedicated servers that are compatible with the most popular software on the market: Linux KVM, Microsoft Hyper-V, Citrix XenServer, VMware ESXi, and Proxmox VE. In terms of containerization and orchestration, deploy your own Kubernetes or Apache Mesos infrastructure, and fully control your IT system.
Our servers are designed to be scalable, with many configuration options at no extra cost. They meet all requirements and are fully secure.
A wide range of servers
With our dedicated server ranges, you can create a virtualized infrastructure that fits your needs as closely as possible. Choose the computing power and volume of RAM you need, and distribute it however you want.
Private network included
Your dedicated server comes with an isolated, redundant private network*. You get up to 50Gbps guaranteed* high-speed bandwidth, with a minimum of two network cards — one for the public network, and one for the private network.
*Only on Scale and High Grade servers.
A global infrastructure
Your infrastructure’s location is important for your performance and business. This is why you can choose the location of your servers from 44 datacentres spread across the globe. You can duplicate or extend your infrastructure to reach specific geographical zones if required.
OVHcloud solutions
Our comprehensive catalog of bare metal and cloud solutions also includes all of the functional building blocks that are essential for your infrastructure. Whether you need data stores, Public Cloud instances, dedicated servers, or private cloud solutions, OVHcloud will have the right option for you.
Description
With dedicated servers, you can harness the advantages of virtualization and get access to all of the server’s resources. You can freely migrate your websites, CRM, ERP, databases, and any other elements to your virtual machines, which you can deploy to suit your needs. Along with solid security guarantees, the unrivaled performance delivered by dedicated servers can match even the most resource-intensive projects. You can also add to your virtualization architecture by attaching a distributed storage solution to it.
This way, you get all the advantages of the cloud — performance, resilience, and cost control.
Options and services included
- A range of memory and storage options.
- 50Gbps private bandwidth guaranteed on High Grade (optional).
- OVHcloud Link Aggregation (OLA) is available at no additional cost.
Description
Our new server range is perfectly suited to needs that involve a complete container cluster, and isolated storage space.
We deliver high-performance technology with software upgrades that are easy to manage — and we maintain the hardware, so you can focus on your core business.
You get guaranteed durability for your infrastructure with our high-performance private networks, and compatibility with industry-leading software solutions.
Options and services included
- A range of memory and storage options.
- 50Gbps guaranteed private bandwidth on High Grade (optional).
- OVHcloud Link Aggregation (OLA) is available at no additional cost.
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
12 c / 24 t
3.7Â GHz / 5.4Â GHz
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
12 c / 24 t
3.4Â GHz / 5.4Â GHz
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
16 c / 32 t
4.2Â GHz / 5.7Â GHz
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
4 x 7.68Â TB
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
16 c / 32 t
4.3Â GHz / 5.7Â GHz
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
2 x 960Â GB + 2 x 15.36Â TB
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
24 c / 48 t
2.55Â GHz / 3Â GHz
8 x 7.68Â TB
8 x 7.68Â TB
8 x 7.68Â TB
8 x 7.68Â TB
8 x 7.68Â TB
8 x 7.68Â TB
8 x 7.68Â TB
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
16 c / 32 t
2.5Â GHz / 4.1Â GHz
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
16 c / 32 t
3Â GHz / 3.6Â GHz
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
24 c / 48 t
2.6Â GHz / 4Â GHz
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
6 x 7.68Â TB
Find out more about our recommended ranges for this use case
What is server virtualization?
Server virtualization involves creating one or more virtual machines from a server or physical infrastructure using a software layer. Virtualization offers a multitude of uses. With a physical server, you can deploy as many virtual servers as you need. The virtual servers share the resources of the physical server, which are distributed using management software. You can then optimize the use of a server’s resources by allocating them as needed, to avoid provisioning additional servers. A server virtualization infrastructure has many other uses, too — for example, you can use it to create your own cloud. By using a hypervisor to manage the infrastructure, you get more flexibility — and you can easily add more physical or virtual servers and resources to your public, hybrid, or private cloud.